lincoln electric

KEY FEATURES The Power Wave S700 is the ideal power source for high amperage, high duty cycle applications. Typically recommended for 1/16 inch (1.6mm) wire and up, the Power Wave s700 has a wide output range (20 – 900A) and delivers maximum performance in semiautomatic, hard automation or robotic environments. Flexible Input Voltage Options – 200-575 VAC, 3 phase, 50/60Hz • Reliable Performance – Tested for harsh environments and IP23 rated Processes » Stick, TIG, MIG, Pulsed MIG, Flux-Cored, Tandem MIG®, Carbon Arc Gouging, HyperFill™ Output » Input » • Intelligent Welding Embedded Waveform Control Technology® delivers the ideal arc for any application.

Get the widest operating range in its class (5 to 230 amps) with the durable Precision TIG® 225. Experience enhanced starting, optimal arc stability and accomplish more precise welds and crater fills with our patented Micro-Start™ II technology. The 115V receptacles enable you to power a water cooler or other power tools. Ideal for small auto and fabrication shops and vocational training schools.

The Precision TIG® 275 is a versatile shop machine ideal for any type of TIG or Stick welding maintenance application, including the use of 5/32-in. (4.0 mm) stick electrode. The 275 features the patented Micro-Start™ II technology, which enhances starting and arc stability, and provides for more precise welds and crater fills. When it’s time for thicker materials and heavier jobs, choose the Precision TIG® 375 which provides for the highest duty cycle in its class. The Precision TIG 375 also features the patented Micro-Start II technology, and a built-in TIG pulser, that can be activated to help control heat input in the weld and reduce distortion and burn-through on thin materials.

The Precision TIG® 275 is a versatile shop machine ideal for any type of TIG or Stick welding maintenance application, including the use of 5/32-in. (4.0 mm) stick electrode. The 275 features the patented Micro-Start™ II technology, which enhances starting and arc stability, and provides for more precise welds and crater fills. When it’s time for thicker materials and heavier jobs, choose the Precision TIG® 375 which provides for the highest duty cycle in its class. The Precision TIG 375 also features the patented Micro-Start II technology, and a built-in TIG pulser, that can be activated to help control heat input in the weld and reduce distortion and burn-through on thin materials.

Industrial TIG welders for tough conditions The Invertec® 300 and 400TPX have been manufactured in a light-weight but robust outer casing, making them portable and ideal for operation even in the most hazardous environments. These machines feature HF TIG ignition, Lift TIG ignition, 2 or 4 step, variable down slope, post-flow control, digital pre-set meters with hold functions and built-in variable Pulse. Unique pre-settable starting mode allows excellent HF arc start in any welding conditions. Both machines are equipped with ten memory slots allowing for setting of personal welding parameters and procedures. TIG Spot welding mode completes the extensive list of TIG welding features. Both machines have been designed, not only as a TIG welder, but to also operate as a stick welder with a variety of popular stick electrodes including Cellulosic. They can be simply converted to a water-cooled unit by adding the COOLARC® 21 (300TPX) or COOLARC® 46 (400TPX) water-coolers. Robust, stable and well equipped carts are available for easy movement of the units. Features • Advanced inverter technology for superior TIG performance. • Full function user-friendly control panel layout with graph and a numeric display make it easy to set all welding parameters. • Rugged construction: electrical safety (IP23), potted PC boards and optimum airflow reduce contamination to extend the equipment's life in the harshest environmental conditions. • HF and Lift TIG ignition meeting all requirements. • Perfect TIG HF starting with pre-settable stating mode. • Complete TIG parameters setting: Pulse TIG with variable frequency that allows the welder to adjust the arc focus to suit the applications, 10 memory location for personalized welding setting, TIG Spot welding. • Water coolers and Carts available

Industrial TIG welders for tough conditions The Invertec® 300 and 400TPX have been manufactured in a light-weight but robust outer casing, making them portable and ideal for operation even in the most hazardous environments. These machines feature HF TIG ignition, Lift TIG ignition, 2 or 4 step, variable down slope, post-flow control, digital pre-set meters with hold functions and built-in variable Pulse. Unique pre-settable starting mode allows excellent HF arc start in any welding conditions. Both machines are equipped with ten memory slots allowing for setting of personal welding parameters and procedures. TIG Spot welding mode completes the extensive list of TIG welding features. Both machines have been designed, not only as a TIG welder, but to also operate as a stick welder with a variety of popular stick electrodes including Cellulosic. They can be simply converted to a water-cooled unit by adding the COOLARC® 21 (300TPX) or COOLARC® 46 (400TPX) water-coolers. Robust, stable and well equipped carts are available for easy movement of the units.

The Powerind 400S is a constant current (CC) DC inverter arc welder with advanced IGBT powerful module, which can adjust welding current and current ARC force to enable the welding power source to achieve the adaptability to excellent welding procedure. Advantage IGBT inverter technology and rapid recovery diode as its main control and transfer components. Light weight and portable- easy to move and suitable for stacking. Features Lincoln’s latest generation Inverter technology for maximum reliability Thermal overload and single phasing protection for stable welding output under all demanding conditions Extraordinary arc striking and metal transfer due to the application of proper control of arc striking circuit. Applicable in downward welding in the vertical position and the long arc spray transfer welding by way of cellulose welding. Adjustable Hot start control Makes electrode priming easier and prevents it from sticking when cold. Adjustable arc force control provides the ability to weld with a very short arc even touching the welding material. A great variety of arc performances to satisfy the need of different welding procedure it can support MMA and TIG welding Display the presetting and actual current and voltage by switching the display Powerind 400S series IGBT (Insulated Gate Bipolar Tube) welder adopts movable case structure. It has a protection rating of IP21S. Package Includes: 5m Earth cable, Electrode Holder with cable

Industrial DC MultiProcess Welder The DC-1000 offers 1300 amps of smooth DC output, combining pure welding power with multi-process flexibility for semiautomatic and automatic welding. FEATURES 500 amp output connections - provide enhanced arc characteristics for low amperage submerged arc and MIG welding procedures. Single range control - for precise output control and easy operation. Terminal strip and output studs - for remote connections and cable. Low profile case - allows installation under a workbench and for stacking up to 2 machines to conserve floor space. Removable side panels - for easy access to internal parts. Internal components - including windings, rectifiers and circuit boards, are coated to protect against the effects of moisture and corrosion. Seven-year warranty - on power rectifier.

The DC-1500 is a multiprocess DC arc welding power source for automatic welding applications. It produces outstanding arc characteristics on both constant voltage and constant current processes. This provides great welding versatility in a single power source. The DC-1500 is designed for submerged arc welding, and FCAW processes within the capacity of the machine. It produces outstanding welding performance with a single range full output control potentiometer. The precise output of the DC-1500 enhances productivity and quality control when used with Lincoln NA-3 and NA-5 automatic wire feeders, and the LT-7 tractor. Advantage Lincoln Output Input • Solid state circuitry provides extra ling life for repetitive welding applications. • Full range output voltage control for easy operation and precise output control. • Mode switch used to select the desired output characteristics for the process being used. • Line voltage compensation for maintaining weld consistency, even with line voltage changes of ±10%. • Fan cooled with electronic and thermostatic protection from current overload and excessive temperatures. • Function lights built into the printed circuit boards speed diagnostics. • Windings and rectifiers protected against moisture and corrosive environments. • Eight amp fuse protected 115V wire feeder auxiliary power with 1000 volt-amp capacity. • Three-year warranty on parts and labor. • Seven-year warranty on the power rectifier. • Manufactured under a quality system certified to ISO 9001 requirements and ISO 14001 environmental standards.

High Performance Plasma Cutting The Tomahawk® 1025 and 1538 Plasma cutting machines are built to handle harsh environmental conditions using Lincoln tunnel technology to separate the PCB’s and sensitive parts from the contaminating cooling airflow. The improved mains voltage tolerances and robust metal case with large protective rubber corners also make these machines suitable for operation on site with a generator or within a workshop environment. The Lincoln Tomahawk® concept for Plasma cutting focuses on three elements: S – An innovative and patented striking system preserves the electrode tip and extends its lifetime. P – Circular enhancements with improved radial airflow and innovative electrode/nozzle design concentrate the plasma stream. L – The internally cooled electrode and torch head and electrode/nozzle design considerably increase their lifetime. Features • Starting: innovative advanced arc starting without HF. • Performance: innovative advanced electrode and nozzle design. • Longer lifetime: innovative advanced design increases lifetime of consumables. • Faster: higher travel speeds and plate thickness. • Flexible: multiple torch configurations. • Different materials: mild steel, mtainless mteel, aluminium and many more. • Concentrated plasma stream: less heat input, less distortion.

High Performance Plasma Cutting The Tomahawk® 1025 and 1538 Plasma cutting machines are built to handle harsh environmental conditions using Lincoln tunnel technology to separate the PCB’s and sensitive parts from the contaminating cooling airflow. The improved mains voltage tolerances and robust metal case with large protective rubber corners also make these machines suitable for operation on site with a generator or within a workshop environment. The Lincoln Tomahawk® concept for Plasma cutting focuses on three elements: S – An innovative and patented striking system preserves the electrode tip and extends its lifetime. P – Circular enhancements with improved radial airflow and innovative electrode/nozzle design concentrate the plasma stream. L – The internally cooled electrode and torch head and electrode/nozzle design considerably increase their lifetime. Features • Starting: innovative advanced arc starting without HF. • Performance: innovative advanced electrode and nozzle design. • Longer lifetime: innovative advanced design increases lifetime of consumables. • Faster: higher travel speeds and plate thickness. • Flexible: multiple torch configurations. • Different materials: mild steel, mtainless mteel, aluminium and many more. • Concentrated plasma stream: less heat input, less distortion.

Premium Cut Performance • 200A, 100% Duty Cycle maximizes production efficiency • Operates using air or oxygen plasma gas • Production piercing of 1-1/4 in. (32 mm), edge start cut of 2 in. (50 mm) Ease of Use Full color graphic display with one-knob selection process Reliable arc starting with CleanStrike® Technology Low Operating Costs • Liquid-cooled plasma torch for more consistent cuts and longer-lasting consumable life • Less dross reduces need for secondary operations • Inverter technology reduces energy demand